WithinUsAI/gemini_3.5_flash_distilled_25k
Gemini 3.5 Flash Distilled Dataset (25k) A 25,000-sample synthetic distilled dataset designed to replicate the core capabilities of Gemini 3.5 Flash: frontier-level agentic execution, rapid multi-step reasoning, dense context analysis, and advanced autonomous coding — all optimized for low-latency inference. Dataset Summary This dataset was created via template-based evolutionary synthesis with content-normalized SHA-256 deduplication. Every sample features… See the full description on the dataset page: https://huggingface.co/datasets/WithinUsAI/gemini_3.5_flash_distilled_25k.
Gemini 3.5 Flash Distilled Dataset (25k)
A 25,000-sample synthetic distilled dataset designed to replicate the core capabilities of Gemini 3.5 Flash: frontier-level agentic execution, rapid multi-step reasoning, dense context analysis, and advanced autonomous coding — all optimized for low-latency inference.
Dataset Summary
This dataset was created via template-based evolutionary synthesis with content-normalized SHA-256 deduplication. Every sample features explicit <thought>-block reasoning, structured outputs, and high-density token distributions — mirroring Gemini 3.5 Flash's thinking-level control and sub-agent execution style.
Dataset Structure
JSONL Format
Each line is a JSON object with three fields:
{
"instruction": "Design a highly optimized, recursive state-machine pattern for application block 104...",
"output": "<thought>\n1. Establish immutable state tracking boundaries...\n</thought>\n\nclass StateEngineBlock104:\n ...",
"metadata": {
"category": "agentic_code_synthesis",
"index": 104
}
}Data Fields
Features
- Structured reasoning: Every response contains an explicit
<thought>block with numbered reasoning steps before the final answer. - Zero duplicates: Content-normalized SHA-256 hashing ensures no exact or near-identical entries.
- Token-dense: No filler text — every sample contains high-density logic, code, or structured data.
- File size: 52.3 MB uncompressed (~12 MB with gzip).
Dataset Creation
Methodology
- High-cardinality template pools: Per-category generators draw from pools of 100-1000+ variable values (components, algorithms, languages, protocols, metrics, etc.), producing millions of unique prompt combinations.
- Content-normalized deduplication: Every generated entry is hashed after lowercasing, whitespace removal, and punctuation stripping. Duplicates are skipped.
- Streaming output: Entries are written directly to JSONL — no in-memory accumulation.
- Deterministic seed:
random.seed(42)for reproducibility.
Deduplication Guarantee
Requirements for Training
pip install datasetsfrom datasets import load_dataset
dataset = load_dataset("json", data_files="gemini_35_flash_distilled_25k.jsonl")
print(dataset)
# DatasetDict({
# train: Dataset({
# features: ['instruction', 'output', 'metadata'],
# num_rows: 25000
# })
# })Intended Use
This dataset is intended for supervised fine-tuning (SFT) and distillation of large language models to produce efficient sub-agents with:
- Fast, structured reasoning (
<thought>loops) - Multi-step tool orchestration
- Autonomous code generation and debugging
- Dense context analysis and root cause extraction
- Multimodal structural mapping (audio-visual temporal analysis)
- Mathematical computation traces
- Strict instruction and format adherence
Considerations
- Synthetic data: All samples are programmatically generated. No real user interactions or proprietary information.
- Domain coverage: Focused on software engineering, enterprise tool use, mathematical reasoning, multimodal analysis, and structured data tasks.
- No PII: No personal or sensitive content.
